Official CBSE Practice Papers for Class 12 Chemistry
Review targeted exam resources with the CBSE Class 12 Chemistry Sample paper 2017 Set 01 Solved. Built according to official CBSE standards for the 2026-27 academic year, these downloadable Class 12 Chemistry sample papers support effective revision and performance tracking.
Solved Model Papers for Chemistry
Navigate directly to the solved Chemistry model papers using the digital viewer below. Each practice set includes detailed solutions, allowing students to instantly cross-check their work and identify areas requiring further revision.
1. Define Kraft temperature.
2. The electronic configuration of a transition element in +3 oxidation state is [Ar]3d7. Find out its atomic number.
3. Draw the structure of 4-tertbutyl-3-iodoheptane.
4. Give the equation of reaction for the preparation of phenol from cumene.
5. Name the type of semiconductor obtained when silicon is doped with boron.
6. The two complexes of nickel, [Ni(CN)4]2- and [Ni(CO)4], have different structures but possess same magnetic behaviour. Explain.
OR
A chloride of fourth group cation in qualitative analysis gives a green coloured complex [A] in aqueous solution which when treated with ethane –1, 2 – diamine (en) gives pale - yellow solution [B] which on subsequent addition of ethane –1, 2 – diamine turns to blue/purple [C] and finally to violet [D]. Write the structures of complexes [A], [B], [C] and [D].
7. Account for the following :
(i) XeF2 is linear molecule without a bend.
(ii) The electron gain enthalpy with negative sign for fluorine is less than that of chlorine, still fluorine is a stronger oxidizing agent than chlorine.
8. Derive the relationship between relative lowering of vapour pressure and mole fraction of the volatile liquid.
9. After 24 hrs, only 0.125 gm out of the initial quantity of 1 gm of a radioactive isotope remains behind. What is its half life period?
Please click the link below to download CBSE Class 12 Chemistry Sample paper 2017 Solved Set A
Free study material for Chemistry
CBSE Class 12 Chemistry Sample paper 2017 Set 01 Solved & Sample Question Papers for Class 12 Chemistry
Access Sample Papers for Class 12 Chemistry
Review model practice papers for Class 12 Chemistry. Working through the CBSE Class 12 Chemistry Sample paper 2017 Set 01 Solved under simulated test conditions at home ensures complete familiarity with upcoming school evaluations.
Maximize Your Scores with Model Papers
- Curriculum Insights: Clarify chapter-wise weightage rules and question trends across Class 12.
- Gap Analysis: Check performance drops across sets to isolate specific Class 12 Chemistry topics needing extra attention.
- Time Efficiency: Working through objective and descriptive problems builds critical pacing to finish exams comfortably.
Steps to Follow After Completing CBSE Class 12 Chemistry Sample paper 2017 Set 01 Solved
- Self-Evaluation: Score your answers using official guidance to track your academic progress.
- Mistake Correction: Class 12 pupils must re-solve questions answered incorrectly to master the correct method.
- Continuous Practice: Take additional Chemistry sample modules online to maximize preparedness for CBSE evaluations.
FAQs
You can download the complete PDF for CBSE Class 12 Chemistry Sample paper 2017 Set 01 Solved for free from StudiesToday.com. Our resources for Class 12 Chemistry are updated for the latest academic session and follow the official exam pattern.
Yes, CBSE Class 12 Chemistry Sample paper 2017 Set 01 Solved comes with detailed, teacher-verified solutions. We have provided step-by-step answers for Chemistry to help students of Class 12 understand correct methodology and marking scheme.
Practicing this Chemistry paper helps in time management and identifying important topics. For Class 12, solving mock papers is the best way to gain confidence and reduce exam-day anxiety.
Yes, all our study materials for Class 12 Chemistry are provided in a mobile-friendly PDF format. You can easily download CBSE Class 12 Chemistry Sample paper 2017 Set 01 Solved on your mobile device.